>
Global Bond Market On Edge As Japanese Yields Soar After "Horrible" 10Y JGB Auction
Caterpillar Erupts As Quarterly Sales Top $20 Billion For First Time Amid AI Data Center Boom
Iran Gets Another "Last Chance" – How Many Are We Up To Now?
Democrats Express Concern Over Increase In Gun Violence Against Active Shooters
Voyager 1 approaches one light day from Earth
Renewable Energy Breakthrough! World's Most Efficient Tesla Turbine System
Meet Sunbird, a nuclear fusion-powered space tug concept from Pulsar Fusion.
China and Russia launch 29-nation AI alliance to rival western control of technology
BREAKING: China has begun manufacturing domestically developed Immersion Deep...
Idaho's High Desert Becomes Hot Spot For Nuclear Power Revolution
The World's Largest Electric Aircraft Is About to Take Its First Flight
Tesla Cybercabs and Superchargers Will Act as Mini Cell Towers for SpaceX Starlink

A cure for motor neurone disease – which killed Professor Stephen Hawking – has moved one step closer, scientists believe.
The cruel condition causes signals from motor neurone nerve cells in the brain and spinal cord to fail.
Motor neurones control crucial muscle activity and if they are damaged and break down some patients eventually find it impossible to walk or even speak.
Now researchers have found that another type of brain cell – thought to be harmless – could play a role in the disease, which is also known as ALS (amyotrophic lateral sclerosis).
Tests of cells from skin samples of patients with MND, also known as ALS, showed glial cells can damage motor neurones.
University of St Andrews researchers said glial cells normally support neurones in the brain and spinal cord.